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    • 1. 发明申请
    • HIGH PRESSURE APPLICATOR APPARATUS AND METHODS
    • 高压应用装置及方法
    • US20140277780A1
    • 2014-09-18
    • US13833544
    • 2013-03-15
    • Steve S. JensenPatrick HansenJosh GrabowWarren L. ThompsonNick Michael
    • Steve S. JensenPatrick HansenJosh GrabowWarren L. ThompsonNick Michael
    • B05B12/00
    • B05B12/004B05B1/20B05B12/006B05B12/085B05B13/005
    • This document discusses, among other things, apparatus and methods for applying liquid substances, including gaseous/liquid substances using an adjustable pump control system. In certain examples, an example liquid application apparatus can include, a metering device to provide a flow of a first substance, one or more distribution branches to receive the flow of the first substance and release the first substance through an orifice of one of the one or more distribution branches; and an applicator controller including memory configured to store an application map, the applicator controller configured to receive speed information and position information of the apparatus, to determine application rate information of the first substance for each distribution branch using the speed information, the position information and the application map, and to provide a flow command to the metering device using the application rate information.
    • 本文件尤其涉及使用可调节的泵控制系统来应用液体物质(包括气/液体物质)的设备和方法。 在某些实例中,示例性液体施加装置可以包括:计量装置,用于提供第一物质的流动,一个或多个分配支路,以接收第一物质的流动,并通过其中一个的孔口释放第一物质 或更多分销部门; 以及施加器控制器,包括被配置为存储应用图的存储器,所述施加器控制器被配置为接收所述设备的速度信息和位置信息,以使用所述速度信息,所述位置信息和/或所述位置信息确定每个分配分支的第一物质的应用速率信息, 应用图,并使用应用速率信息向计量设备提供流量命令。
    • 4. 发明申请
    • REAL TIME INJECTION FOR AGRICULTURAL SPRAYERS
    • 农业喷雾器实时注射
    • US20140263705A1
    • 2014-09-18
    • US13832678
    • 2013-03-15
    • Nick MichaelDiane MillerWarren L. Thompson
    • Nick MichaelDiane MillerWarren L. Thompson
    • A01G25/16
    • A01G25/16A01G25/165
    • A system comprises a distribution boom, a first pump device configured to provide a flow stream of a carrier substance for the distribution boom, a second pump device configured to supply a chemical substance into the flow stream of the carrier substance, and a control module. The distribution boom includes a plurality of boom sections. A boom section includes one or more dispensers, a mixing device configured to provide a combination of chemical and carrier to the one or more dispensers, and a control valve configured to supply the chemical substance to the mixing device. The control module is configured to individually control a rate of supply of the chemical substance to the boom section by the control valve.
    • 一种系统,包括分配吊杆,第一泵装置,其构造成提供用于分配吊杆的载体物质的流动流;构造成将化学物质提供到载体物质的流动流中的第二泵装置,以及控制模块。 分配吊臂包括多个吊杆段。 悬臂部分包括一个或多个分配器,配置成向一个或多个分配器提供化学和载体的组合的混合装置,以及配置成将化学物质供应到混合装置的控制阀。 控制模块被配置为通过控制阀单独地控制化学物质对悬臂部分的供给速率。
    • 5. 发明授权
    • Bent wing sweep
    • 弯翼扫
    • US5531277A
    • 1996-07-02
    • US413312
    • 1995-03-30
    • James T. NoonanWarren L. Thompson
    • James T. NoonanWarren L. Thompson
    • A01B13/02A01B35/26A01B39/14A01B35/20
    • A01B39/14A01B13/02A01B35/26
    • A cultivator sweep includes a body with a forward point and wings diverging outwardly in the rearward direction. In one embodiment, a row side sweep includes a row side wing angled upwardly from the horizontal at an angle of approximately 27 degrees, and the opposite wing is angled downwardly, to closely match the profile of the ground from the row bed to the row middle. In another embodiment of the invention, a wide sweep extends between the beds of adjacent rows and includes wings with outermost portions bent upwardly at an angle with respect to the horizontal to provide a sweep profile which closely approximates the ground profile between the rows for more uniform depth of penetration, less soil throw and crop root damage, and reduced draft. The sweep configuration, wherein a fore-and-aft extending line connecting a point anywhere on the leading edge of a sweep wing with a corresponding point on the trailing edge of the wing lies at a substantially constant angle relative to a horizontal plane, provides constant soil lift regardless of soil contact point along the leading edge. The sweep configuration therefore provides soil flow characteristics similar to those of a conventional flat sweep.
    • 耕耘机扫描包括具有向前点的机身和在向后方向向外发散的翼。 在一个实施例中,行侧扫掠包括从水平面以大约27度的角度向上倾斜的行侧翼,并且相对的翼向下成角度,以将地面的轮廓从行床到行中间 。 在本发明的另一个实施例中,宽扫描在相邻行的床之间延伸并且包括具有最外部分的翼部,其中最外部分以相对于水平面成一定角度向上弯曲,以提供与行之间的接地轮廓紧密接近的扫掠轮廓,以使其更均匀 渗透深度,土壤侵蚀和作物根系损害减少,草稿减少。 扫掠配置,其中将扫掠翼前缘任何地方的点与翼的后缘上的对应点相连的前后延伸线相对于水平面成基本恒定的角度,提供常数 无论土壤接触点沿着前缘如何,土壤提升。 因此,扫掠结构提供类似于常规平扫的土壤流动特性。
    • 6. 发明授权
    • Flip-up C-shank standard for a cultivator
    • 翻耕机C标准的耕耘机
    • US5531276A
    • 1996-07-02
    • US402271
    • 1995-03-10
    • James T. NoonanWarren L. Thompson
    • James T. NoonanWarren L. Thompson
    • A01B35/22A01B23/02A01B35/20
    • A01B35/22
    • A simple, light-weight C-shank standard is mounted on a bracket which is corner clamped to a rig cross tube on a row crop cultivator. A pin inserted through apertures in the bracket maintains the shank in a preselected field-working attitude. The pin can be removed to allow the shank to be pivoted upwardly for maintenance, sweep removal, or residue removal. The shank can be supported in the raised position by the pin when the cultivator configuration is changed for cultivation in lay-by conditions, or for operation in skip row or other special crop configurations. In one embodiment of the invention, the shank is edgebent and selective placement of the pin through one of a plurality of sets of mating holes in the bracket and the upper portion of the shank permits adjustment of the working position of the shank. A mounting slot at the lower end of the one embodiment of the shank provides pitch adjustment for the earthworking tool.
    • 一个简单,重量轻的C型杆标准安装在一个支架上,该支架被角夹紧在行式作物耕作机上的钻机横管上。 通过支架中的孔插入的针将刀柄保持在预选的现场工作状态。 可以拆下销以允许柄向上枢转以进行维护,清扫或除渣。 当耕作机配置改变以便在敷设条件下进行栽培时,或者在跳过排或其他特殊作物配置中操作时,柄可以通过销支撑在升高位置。 在本发明的一个实施例中,所述柄是所述销通过所述托架中的多个配合孔中的一个组合并且所述柄的上部选择性地放置以允许调整所述柄的所述工作位置。 在柄的一个实施例的下端的安装槽提供了用于土方工具的螺距调节。
    • 7. 发明授权
    • Row crop stalk and root remover
    • 行作物秸秆和根除去
    • US5613566A
    • 1997-03-25
    • US498860
    • 1995-07-06
    • Philip D. CoxWarren L. Thompson
    • Philip D. CoxWarren L. Thompson
    • A01B39/02A01B49/02
    • A01B39/02A01B49/027
    • A multiple rig row crop cultivator with first and second concave disks supported for operation at two different depths from adjacent rigs to provide two-step sizing of residue. The first disk, located ahead of the second disk, operates at a first depth in the soil to slice out the upper portions of roots and direct plant residue to the row middle. The second disk cuts to a depth approximately twice that of the first disk to further cut out root sections and move the root sections and other plant debris to the opposite row middle. After the disks move stalks and roots to the row middles, sweeps with ridging/bedding wings move the mixture of soil, stalks, and roots to the top of the bed to cover the groove made by the disks and preserve the original plant bed.
    • 具有第一和第二凹盘的多钻机排作物耕作机,其被支撑用于在相邻钻机的两个不同深度操作,以提供残留物的两步施胶。 位于第二盘前面的第一个盘在土壤中的第一个深度处操作,以将根部的上部切除并将植物残留物直接排到行中间。 第二盘切割深度为第一盘的大约两倍的深度,以进一步切割根部,并将根部和其他植物碎片移动到相对的行中间。 磁盘将杆和根移动到行中间后,用脊/床垫翼扫掠将土壤,茎和根的混合物移动到床的顶部以覆盖由盘制成的槽并保留原始植物床。
    • 10. 发明授权
    • Agricultural application systems with improved spray control
    • 具有改进喷雾控制的农业应用系统
    • US5971294A
    • 1999-10-26
    • US992731
    • 1997-12-17
    • Warren L. ThompsonBrian BielkeDavid Moen
    • Warren L. ThompsonBrian BielkeDavid Moen
    • A01M7/00B05B12/04B05B15/00
    • A01M7/0089B05B12/04
    • A spray system is provided with improved spray control having decreased injection lag, and reducing non-uniformity in injection lag throughout the length of a spray boom. A pump is coupled to spray nozzles installed along the spray boom by manifolds which divide the spray boom into a predetermined number of zones. Each zone has a respective boom manifold, and each boom manifold is coupled through equal length line to the spray nozzles. The size of lines coupling the pump to the boom manifolds varies with position along the spray boom and restricting orifices are used in some of the connecting lines. Application systems constructed according to principles of the present invention respond quicker to changes in pump operating points than conventional systems and variability of injection lag along the length of the spray boom is virtually eliminated with the present invention.
    • 喷雾系统具有改进的喷射控制,其具有降低的喷射滞后,并且降低在喷射臂的整个长度上的喷射滞后的不均匀性。 泵通过将喷雾器分为预定数量的区域的歧管连接到沿喷雾臂安装的喷嘴。 每个区域具有相应的起重臂歧管,并且每个悬臂歧管通过相等的长度线连接到喷嘴。 将泵连接到悬臂歧管的线的尺寸随喷雾臂的位置而变化,并且在一些连接线中使用限制孔。 根据本发明的原理构造的应用系统比常规系统更快地响应泵操作点的变化,并且在本发明中实际上消除了喷枪的长度的注入滞后的变化。